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Lec.6| periodic properties| electronegativity| pauling's scale| mulliken| allred rochow | Sanderson
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In today class we will discuss about the electronegativity, pauling's scale, mulliken scale, allred and rochow's scale, Sanderson scale.
Today's lecture notes link 👇
periodic properties playlist link 👇
lec.1 periodic properties link 👇 Introduction and trick for outer electronic configuration
lec.2 periodic properties link 👇 atomic radii, covalent radius, metallic radius, van der waal radius.
lec.3 link👇 ionic radii , its calculation with pauling's method, questions practice
lec.4 link👇 ionisation energy , factors, periodic trend, exceptions, questions
lec.5 Link 👇 electron affinity, factors affecting electron affinity, periodic trends, exceptions, questions
atomic structure full chapter playlist link👇
lecture 1 link 👇 Introduction atomic structure
lecture 2. Link 👇de broglie relationship and dual nature of electron
lecture 3 link👇 difference between electromagnetic waves and matter waves
and significance of de broglie relationship
lecture 4 link 👇de broglie relationship numericals
lecture 5 link 👇 Heisenberg's uncertainty principle and numericals
lecture 6 link 👇 schrondiger waves equation derivation and significance of psi amd psi square
lecture 7 link 👇 Quantum number
lecture 8 link 👇 Zeeman stark effect and Pauli exclusion principle questions of quantum number
lect.9 link👇 radial wave function angular waves function radial distribution function
lecture.10 link👇 shapes of orbitals with 3D pictures and angular nodes and radial nodes
lecture 1 1 link👇 energy level diagram for hydrogen atom and multielectron atom
lec. 12 link 👇 electronic configuration pauli principle aufabau principle hunds rule
lec.13 link 👇 effective nuclear charge and Slater's rule nd its application and limitations
#periodicpropertiesbsc1styear
#bsc1styear
#nainschemistry
thanks for watching 😊
Today's lecture notes link 👇
periodic properties playlist link 👇
lec.1 periodic properties link 👇 Introduction and trick for outer electronic configuration
lec.2 periodic properties link 👇 atomic radii, covalent radius, metallic radius, van der waal radius.
lec.3 link👇 ionic radii , its calculation with pauling's method, questions practice
lec.4 link👇 ionisation energy , factors, periodic trend, exceptions, questions
lec.5 Link 👇 electron affinity, factors affecting electron affinity, periodic trends, exceptions, questions
atomic structure full chapter playlist link👇
lecture 1 link 👇 Introduction atomic structure
lecture 2. Link 👇de broglie relationship and dual nature of electron
lecture 3 link👇 difference between electromagnetic waves and matter waves
and significance of de broglie relationship
lecture 4 link 👇de broglie relationship numericals
lecture 5 link 👇 Heisenberg's uncertainty principle and numericals
lecture 6 link 👇 schrondiger waves equation derivation and significance of psi amd psi square
lecture 7 link 👇 Quantum number
lecture 8 link 👇 Zeeman stark effect and Pauli exclusion principle questions of quantum number
lect.9 link👇 radial wave function angular waves function radial distribution function
lecture.10 link👇 shapes of orbitals with 3D pictures and angular nodes and radial nodes
lecture 1 1 link👇 energy level diagram for hydrogen atom and multielectron atom
lec. 12 link 👇 electronic configuration pauli principle aufabau principle hunds rule
lec.13 link 👇 effective nuclear charge and Slater's rule nd its application and limitations
#periodicpropertiesbsc1styear
#bsc1styear
#nainschemistry
thanks for watching 😊
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